M440359 參 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種用於鎖固構件的套筒結構，尤指一 種不會破壞彈性限位元件的套筒結構。 【先前技術】 ' 如第1圖所示，習知鎖固構件100包含一螺絲110、一 - 限位元件120及一套筒130,通常限位元件120係完全卡合 ^ 於套筒130之凹槽131中，由於沒有足夠的空間讓限位元 件120變形與移動，故當螺絲110穿過限位元件120時， 容易導致限位元件120内緣壞損或破壞，從而降低彈性限 位元件120的功效。 此外，由於限位元件120與凹槽131的大小完全相同， 故將限位元件120組裝於凹槽131時，即有可能讓限位元 件120外緣壞損或破壞，從而使限位元件120無法穩固地 φ 與螺絲110進行結合。 再者，由於限位元件120通常係為Ο型環，該Ο型環 不但内緣壞損，而且具有弧面，因此，當使用者向上拉取 螺絲110來進行操作時，螺絲110容易與限位元件120分 離。 因此，如何創作出一種不會破壞限位元件，且能防止 限位元件與螺絲分離的套筒結構及其鎖固構件，將是本創 作所欲積極揭露之處。 3 【新型内容】 餐知用於鎖固構件的限位元件通常係完全卡合於套筒 :槽：，當鎖固元件穿過限位元件時，容易造成限位元 、裏損/、破壞’ k而讓螺絲與限位S件分離，因此為了 =限位=件不被破壞，並防止縣與限位元件分離，故本 」：係提供·不會破壞限位元件的套筒結構及 件來解決上述問題。 丹 為達到上述之目的，本創作提供一種用於鎖固構件的 同結構’其包含：一套筒，其内具有一第一止擔部、一 止擒部及連接該第—止撞部與該第二止撞部的一通 、，该第一止擋部與該第二止擋部之間具有一止擋处 =一彈性限位騎，其活動設置於該止擔空間一止 1與該第二止料止難彈性録元件，且該彈性限位 2的上側具有一導引部，該彈性限位元件的下側具有一 4一祕部’其中，該鎖固構件的一鎖固元件由上而下穿 =該=生祕元件及該通道，該導引部用於導引該鎖固元 〜第限位部用於限位於該鎖固元件。 二 =一實施例中，該導引部為-斜面結構，其 =由上在下漸縮’城第-限位部為—平面結構、一凸緣 I構或一倒勾結構。 '' 圓環 於本創作之一實施例中’該彈性限位元件為C型環或 〇 凸部 於本創作之—實施例t，該第—止播部之上更具 〇 M440359 包含一組接部，其 ^於本創作之一實施例中，該套筒另 f設於該套筒的底部，用以組接—物體。其中魅 為-倒L_、平面、螺卿狀或階梯形狀。、… =外，本創作另提供—種鎖固構件，其包含上述的套 =構及-鎖固料，該鎖固元件係包含由上而下依序連 立的操控#才干部、一第二限位部及—鎖固部，該桿 I該第二限位部及該鎖固部穿設該通道，㈣彈性限位 心牛活動套設於該桿部且限位於該第—止擋部與該第二限 位部之間。 於本創作之一實施例中，該鎖固元件另包含一帽套， 其係設置於該鎖固元件的操控部。 於本創作之一實施例中，該鎖固構件另包含一彈性元 件，其活動設置於該桿部，且其二端分別抵頂於該操控部 與該套筒。 於本創作之一實施例中，該鎖固部具有一螺紋結構或 • 一勾扣體結構。 綜上所述，本創作之套筒結構藉由上述之設計，讓該 彈性限位元件不會被破壞’並能有效地防止該鎖固元件與 該彈性限位元件分離。 【實施方式】 為充分暸解本創作之目的、特徵及功效，茲藉由下述 具體之實施例，並配合所附之圖式，對本創作做一詳細說 明，說明如後： 5 M440359 =參照第2A圖與第2B1，其揭示本創作之用於一鎖 含-套構。第M圖為本創作之套筒結構1，其包 3 套同10與一彈性限位元件20。 及連接1〇 :具-止播部11、-第二止撞部12 ，亥第-止播㈣與該第二止擒部12的一通道⑴ =一止卿U與該第二止擒部12之間具有—止撞空間 第一 限位元件2G係活動設置於該止擋空間14,且該 20 4^11與該第二止撞部12止擔該彈性限位元件 變开H =撞空間Μ提供該彈性限位元件2G足夠的 二=此外，該彈性限位元件2〇的上側具有一導引部 "彈性限位兀件2 G的下侧具有—第—限位部2 2。 合時1二筒結構1與—鎖固元件川結 該通道：:: 下穿設該彈性限位元件2〇及 從而^ / 斜5丨部21用於^丨該翻元件30, 從而讓該鎖固讀30易於穿過該彈性限 一限位部22用於限位於該鎖固元件3。，以防止= 元件20與該鎖固元件3〇分離。 彳止》亥彈性限位 同時參照第5A圖與第5B圖，誃 ^ 5A 5；；；# 2〇^ :限位元件2〇係為金屬材質或塑膠材質。如第6圖所 :第该導”21係為-斜面結構，其係由 · 該^限位部22係為一平面結構(如第Μ圖所示)％且 接者參照第3圖’其係為本創作之套筒結構的第二具 體實施例，节衣ΛΑ· a 設計相同，===致上與該套筒如的 一凸邱η 、 °Λ套同10的弟一止擋部11之上更且古 口 ，以利於與該鎖固構件30結合。此外 八 位元件20的第RP y 此外’该彈性限 示)。 弟―限位部22係為-凸緣結構(如第7B圖所 繼續參昭第4 _ / 體實施例，該套紗本創作之套筒結構的第三具 設計相同，盆t，^的叹5十大致上與該套筒結構2的 為-倒勾結構(如第V圖:位Γ20的第—限位部 接部心其俜妙該套筒10另包含一組 心〜 轉筒1G的底部，用以組接-物濟丁 其十該物體T係可為一板體。 物體τ，M440359 References 5, new description: [New technical field] This creation is about a sleeve structure for locking components, especially a sleeve structure that does not damage the elastic limit components. [Prior Art] As shown in Fig. 1, the conventional locking member 100 includes a screw 110, a - limiting member 120 and a sleeve 130. Generally, the limiting member 120 is fully engaged with the groove of the sleeve 130. In the 131, since there is not enough space for the limiting component 120 to be deformed and moved, when the screw 110 passes through the limiting component 120, the inner edge of the limiting component 120 is easily damaged or broken, thereby reducing the elastic limiting component 120. efficacy. In addition, since the limiting component 120 and the recess 131 are exactly the same size, when the limiting component 120 is assembled into the recess 131, it is possible to damage or destroy the outer edge of the limiting component 120, thereby causing the limiting component 120 to be damaged. It is not possible to firmly combine φ with the screw 110. Moreover, since the limiting member 120 is usually a Ο-shaped ring, the Ο-shaped ring not only has a damaged inner edge but also has a curved surface. Therefore, when the user pulls the screw 110 upward to operate, the screw 110 is easy to limit. The bit elements 120 are separated. Therefore, how to create a sleeve structure that does not damage the limiting member and prevent the limiting member from separating from the screw and its locking member will be actively exposed by the creation. 3 [New content] It is known that the limiting component used for the locking component is usually fully engaged with the sleeve: the groove: when the locking component passes through the limiting component, it is easy to cause the limiting element, the inner loss, the damage 'k and let the screw be separated from the limit S piece, so in order to = limit = the piece is not destroyed, and the county and the limit element are prevented from separating, this is: provides the sleeve structure that does not damage the limit element and Piece to solve the above problem. In order to achieve the above object, the present invention provides a same structure for a locking member, which comprises: a sleeve having a first stop portion, a stop portion and connecting the first stop portion with a passage of the second stop portion, a stop between the first stop portion and the second stop portion = an elastic limit ride, the activity of which is set in the stop space and the stop 1 The second material stops the elastic recording element, and the upper side of the elastic limit 2 has a guiding portion, and the lower side of the elastic limiting element has a 4 part secret part, wherein a locking element of the locking member From the top to the bottom = the = biometric element and the channel, the guiding portion is used to guide the locking element ~ the limiting portion for limiting the locking element. II. In one embodiment, the guiding portion is a beveled structure, and the =thing from the top to the bottom is a planar structure, a flange I structure or a barb structure. ''The ring is in one embodiment of the present invention' the elastic stop element is a C-ring or a bulge in the present invention - the embodiment t, the first-stop part is more 〇M440359 contains a set In an embodiment of the present invention, the sleeve is disposed at the bottom of the sleeve for assembling an object. Among them, the charm is - inverted L_, plane, spiral shape or step shape. In addition, the present invention provides a lock member comprising the above-mentioned sleeve=structure and lock material, and the lock member includes a control unit that is connected from top to bottom in sequence. a limiting portion and a locking portion, the second limiting portion and the locking portion of the rod 1 are disposed through the passage, and (4) the elastic limiting calf is sleeved on the rod portion and is limited to the first stop portion Between the second limit portion and the second limit portion. In an embodiment of the present invention, the locking component further includes a cap disposed on the operating portion of the locking component. In one embodiment of the present invention, the locking member further includes an elastic member movably disposed on the rod portion, and the two ends thereof respectively abut against the operating portion and the sleeve. In one embodiment of the present invention, the locking portion has a threaded structure or a hooking body structure. In summary, the sleeve structure of the present invention is designed such that the elastic limiting member is not broken and can effectively prevent the locking member from being separated from the elastic limiting member. [Embodiment] In order to fully understand the purpose, features and effects of this creation, the following specific examples, together with the attached drawings, provide a detailed description of the creation, as follows: 5 M440359 = Reference 2A and 2B1, which disclose the creation of a lock-and-sleeve. The Mth picture shows the sleeve structure 1 of the present invention, which comprises three sets of the same 10 and an elastic limiting element 20. And connecting 1: a stop-stop portion 11, a second stop portion 12, a first stop (12) and a second stop portion 12 (1) = a stop U and the second stop Between the 12, the first stop member 2G is movably disposed in the stop space 14 , and the 20 4 11 and the second stop portion 12 stop the elastic limit member from opening. The space Μ provides the elastic limiting element 2G with sufficient two. In addition, the upper side of the elastic limiting element 2 具有 has a guiding portion. The lower side of the elastic limiting element 2 G has a first-limit portion 2 2 . In time, the two-cylinder structure 1 and the locking element Chuanjie channel::: the elastic limiting element 2 is disposed underneath and the yoke 5 is used for the turning element 30, thereby allowing the The locking read 30 is easily passed through the elastic limit stop 22 for limiting the locking element 3. To prevent the component 20 from being separated from the locking component 3〇.彳止》海弹性限位 Refer to Figure 5A and Figure 5B at the same time, 誃 ^ 5A 5;;; # 2〇^ : The limiting element 2 is made of metal or plastic. As shown in Fig. 6, the first guide 21 is a beveled structure, and the constraining portion 22 is a planar structure (as shown in the figure) and is referred to the third figure. The second embodiment of the sleeve structure of the present invention is the same, the design of the garment is the same, and the === is a pair of the lower part of the sleeve, such as a convex η, 11 and more ancient mouth to facilitate the combination with the locking member 30. In addition, the RP y of the octant element 20 is further 'the elastic limit." The younger - the limit portion 22 is a - flange structure (such as the 7B The figure continues to refer to the fourth _ / body embodiment, the third design of the sleeve structure of the set of yarns is the same, the sigh of the pot t, ^ is substantially the same as the hook of the sleeve structure 2 Structure (such as Figure V: the first position of the position Γ20) The sleeve 10 further comprises a set of hearts ~ the bottom of the drum 1G, for assembly - the object of the object 10 The system can be a plate body.
請同時參照第8Α圖至第8D 二件的第—作之， 固構件5包含—套筒結構4與一鎖固丄:圖_ 4的設計錢上與該套㈣構 結構 限位元件20 _ 又斗相同，其中，該彈性 16传為Γ 卩22縣平面結構，且該組接部 的-摔"31开U鎖固元件3〇係包含依序相互連接 3心第二限位部33及-鎖固部 道13，且部33及該鎖固部34穿設該通 Ϊ二^限位轉㈣動設於轉❹且限位於 部^係為1紋結構。限^33 m該鎖固 在第8A圖的組裝步驟時 30由上㈣讓通道⑴射，該ΓΓΛΓο M440359 藉由該第一止擋部丨丨鱼 間14内，此時的彈性限位Γ稽部12限位於該止播空 第10A圖所示）。 ％件20尚未變形（如第9A圖或 在第8B圖的組裝步驟 與該㈣Η»進者施力將鎖固元件 置於該止撐空間14,故限位元件2〇係活動設 料撐開時，該彈性限位元20被該鎖固部 一示”此外，該鎖::3:=(如第9β圖或第 使該鎖固元件30能快速穿奶導引部21的導引’ 壞該彈性祕元件2G。挪性難元件2G，且不會破 B在第8C圖的組裝步驟時，因為該鎖固部34已穿過該 彈性限位元件20,使得該彈性限位 以 桿部32且被限位於該第_ ^動套設於該 止拉4 11與該第二限位部33之 =並且該彈性限位元件2Q的形狀回到初始的狀態（如第 9C圖或第i〇c圖所示）。 在第8D圖的組褒步驟時，由於該第一限位部22係一 平面結構’且該第二限位冑33係大於該桿部32的一 έ士構， 故當使用者拉起該鎖固元件3G時，該_元件3g合藉由 該第二限⑽33來與該第—限位部22互相限位，^防 止該鎖固元件30與該彈性限位元件2〇分離。 上述之止撞空間14提供該彈性限位元件2()在組裝過 程中的變形空間，故當該鎖固部34穿過該彈性限位元件2〇 時，該彈性限位元件20不會被破壞。 接著參照第11圖’其揭示本創作之鎖固構件的第二具 M440359 二：致上與該鎖固構… 係為-平二= 鎖固元件30更包括一帽套35 構。此外，該 件3〇的操控部31，用以保護_=設置於該鎖固元 ::參=12圖，其揭示本創作之鎖 =她例。該鎖固構件7的設計大致上與該鎖 旋开其I，該套筒1〇具有該凸部15，該組接部16 係為一螺凝形狀，該彈性限位 為一凸緣結構，該第二限位部33 ^的第一限位部22係 固❹係為-螺蚊心此::為一凸緣結構’且該鎖 =二=置於該桿部32,且其二端 〜铞徑冲31及該套筒1〇的第一 元件3〇能彈性作動。 此”卜用以讓該鎖固 最後參照第13圖，1揭千土心〜 ，、揭不本創作之鎖固構件的第四具 = :ΓΓ8的設計大致上與該鎖_“的 二二:第：接部16係為—階梯形狀，且該彈性 :件20的第-限位部22係為一倒勾結 彈一，其_二=件二： =====套筒10的固定部17,用以讓該鎖固元 彈性:=:===== Μ44Θ359 的設計 使琢鎖固元 #過該彈性限位元件時，不會造成 壞損或破壞；此外，藉由該彈性限位元 1〈立㈣料’能防止該鎖固元件與該彈性限位 =件刀_’從而讓該_元件翻地與該彈性限位元件結 合0 本創作在上文中雖已以較佳實施例 =應理解的是，該實施例僅用於描繪鄭 作之範圍。應注意的是，舉凡與該實施例 ”置換，均應設為涵蓋於本創作之料内。因 本創作之保護乾圍當以申請專利範圍所界定者為準。 【圖式簡單說明】Please also refer to the first part of the 8th to 8th pieces, the solid member 5 includes the sleeve structure 4 and a locking structure: the design of the figure _4 and the set of (four) structure structure limiting elements 20 _ The same bucket is used, wherein the elastic 16 is transmitted as a flat structure of the 县22 county, and the shackle of the splicing portion of the splicing portion of the splicing portion is sequentially connected to each other. And a locking portion 13 , and the portion 33 and the locking portion 34 are disposed through the opening and closing position of the opening and closing portion. Limiting to 33 m, the locking is performed by the upper (four) of the channel (1) when the assembly step of Figure 8A is performed. The ΓΓΛΓο M440359 is within the squid room 14 by the first stop, and the elastic limit is at this time. The section 12 is limited to the air-slot 10A. The % member 20 has not been deformed (such as the assembly step of Fig. 9A or Fig. 8B and the force applied by the (4) 进» inserting the locking member in the support space 14, so that the limiting member 2 is detached from the movable material. The elastic limiter 20 is indicated by the locking portion. Further, the lock::3:= (such as the ninth β-graph or the guide that allows the locking member 30 to quickly wear the milk guiding portion 21) The elastic element 2G is damaged, and the hard element 2G is not damaged, and B is not broken in the assembly step of FIG. 8C because the locking portion 34 has passed through the elastic limiting member 20, so that the elastic limit is rod The portion 32 is limited to the first sleeve and the second limiting portion 33 = and the shape of the elastic limiting member 2Q returns to the initial state (such as Figure 9C or In the grouping step of FIG. 8D, the first limiting portion 22 is a planar structure and the second limiting portion 33 is larger than the gentleman structure of the rod portion 32. Therefore, when the user pulls up the locking component 3G, the _ component 3g is mutually restrained from the first limiting portion 22 by the second limit (10) 33, and the locking component 30 and the elastic limit are prevented. Bit element 2〇 The above-mentioned collision space 14 provides a deformation space of the elastic limiting member 2 () during the assembly process, so when the locking portion 34 passes through the elastic limiting member 2, the elastic limiting member 20 does not Next, referring to FIG. 11 'which discloses the second M440359 of the present invention, the locking member is attached to the lock. In addition, the control unit 31 of the piece 3 is used to protect the lock element _= set in the lock element: reference numeral 12, which reveals the lock of the present invention = her example. The design of the lock member 7 is substantially the same as The lock 1 is opened, and the sleeve 1 has the convex portion 15. The joint portion 16 has a screw shape, and the elastic limit is a flange structure, and the second limit portion 33 A limiting portion 22 is a solid-spinning system: a screw-shaped mosquito body: a flange structure 'and the lock=two=located on the rod portion 32, and the two ends thereof are 铞 铞 31 and the sleeve 1 The first element of the cymbal 3 can be elastically actuated. This "b" is used to make the lock finally refer to the 13th figure, 1 reveals the earthy heart ~, and the fourth piece of the locking member of the creation is not = ΓΓ8 Design roughly And the lock _ "two two: the first: the joint portion 16 is - stepped shape, and the elasticity: the first limit portion 22 of the member 20 is an inverted hook, one _ two = two: ==== The fixing portion 17 of the sleeve 10 is used to make the locking element elastic: =:===== Μ44Θ359 is designed so that the 琢Locking solid element# does not cause damage when passing through the elastic limiting element Or destroying; in addition, the elastic limiting element 1 can prevent the locking component from the elastic limit=piece knife _', thereby allowing the _ component to be grounded and the elastic limiting component combined with 0 The present invention has been described above with reference to preferred embodiments. It should be understood that this embodiment is only used to describe the scope of Zheng Zuo. It should be noted that the replacement of this embodiment should be included in the material of this creation. The protection of this creation shall be subject to the definition of patent application. [Simplified description]
第First
〇 1圖為習知鎖固構件的示意圖。 2 Α圖為本創作之套筒結構的第一具體實施例。 2B圖為本創作之套筒結構與鎖固構件的結合示意 第3圖為本創作之套筒結構的第二具體實施例。 第4圖為本創作之套筒結構的第三具體實施例。 第5A圖為c型環的俯視圖。 第5B圖為圓環的俯視圖。 第6圖為第5A圖的立體圖。 之彈性限位元件的各種具 第7A圖至第7C圖為本創作 體實施例。 第8 A圖至第8 D圖為本創作之鎖固構件的組裝流程。 10 M440359 第9A圖至第9C圖為C型環的組裝狀態圖。 第10A圖至第1 〇c圖為圓環的組裝狀態圖。 第11圖為本創作之鎖固構件的第二具體實施例。 第12圖為本創作之鎖固構件的第三具體實施例。 弟13圖為本創作之翻構件的第四具體實施例。 5-ί 10 11 12 13 14 15 16 17 20 21 22 30 31 32 33 【主要元件符號說明】 套筒結構 鎖固構件 套筒 第一止擋部 第二止擋部 通道 止擋空間 凸部 組接部 固定部 彈性限位元件 導引部 第一限位部 鎖固元件 操控部 桿部 第一限位部 M440359 34 鎖固部 35 帽套 40 彈性元件 100 鎖固構件 110 螺絲 120 限位元件 130 套筒 131 凹槽 T 物體〇 1 is a schematic view of a conventional locking member. 2 A first embodiment of the sleeve structure of the present invention. 2B is a schematic view of the combination of the sleeve structure and the locking member of the present invention. FIG. 3 is a second embodiment of the sleeve structure of the present invention. Figure 4 is a third embodiment of the sleeve structure of the present invention. Figure 5A is a top view of the c-ring. Figure 5B is a top view of the ring. Fig. 6 is a perspective view of Fig. 5A. The various types of elastic limit members are shown in Figs. 7A to 7C as embodiments of the present invention. Figures 8A through 8D show the assembly process of the locking member of the present invention. 10 M440359 Figures 9A to 9C are assembled state diagrams of the C-ring. Fig. 10A to Fig. 1c are diagrams showing the assembled state of the ring. Figure 11 is a second embodiment of the locking member of the present invention. Fig. 12 is a third embodiment of the locking member of the present invention. The figure 13 is the fourth embodiment of the flip member of the present invention. 5-ί 10 11 12 13 14 15 16 17 20 21 22 30 31 32 33 [Description of main component symbols] Sleeve structure Locking member Sleeve First stop second stop Part stop space convex combination Fixed part elastic limit element guide part first limit part lock element control part rod part first limit part M440359 34 lock part 35 cap sleeve 40 elastic element 100 lock member 110 screw 120 limit element 130 set Cartridge 131 groove T object